Boolean Logic Flashcards

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These flashcards cover the fundamental concepts of Boolean logic, including operators, truth tables, logic gates, and simplification techniques.

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12 Terms

1
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What are the fundamental binary logical operators?

AND, OR, NOT, and XOR

2
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What are alternative notations for AND, OR, NOT, and XOR?

AND: ⋅ or ⋀ or ; OR: + or ⋁; NOT: ' or ˉ or ¬; XOR: ⊕

3
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How are NAND and NOR operations defined in terms of AND, OR, and NOT?

A NAND B = (A AND B)'; A NOR B = (A OR B)'

4
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Why are NAND and NOR gates considered 'universal'?

Any binary logic circuit can be built entirely from NAND gates, or from NOR gates.

5
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What can we use to build computer logic?

Vacuum Tubes, Relays, Transistors, etc.

6
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State de Morgan's Law.

(AB)’ = A’ + B’; (A + B)’ = A’B’

7
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What is the basic approach to designing logic circuits?

  1. Write out a truth table. 2. Derive a Boolean expression in sum-of-products form. 3. Translate the Boolean expression to logic gates.
8
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What is the sum-of-products form of the stair-hall lighting circuit (XOR)?

L = S’H + SH’

9
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What is the inverted AND form of the multiplexer's Boolean Expression?

( (AC1’C2’)’ (BC1’C2)’ (CC1C2’)’ (DC1C2)’ )’

10
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What is the purpose of Karnaugh maps (K-maps)?

Offer an easy way to minimise a Boolean function to produce a functionally equivalent, but simpler, implementation.

11
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What is a Karnaugh map (K-map)?

A grid in which each square represents one possible combination of inputs, ordered so that only one input changes from col-to-col, and from row-to-row.

12
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How to restate an expression that is ANDed or ORed together using DeMorgan's Law?

by negating the overall expression, negating the sub-expressions, and flipping the operators from OR to AND, or vice versa